Prisma VS vercel

generator client { provider = "prisma-client-js" binaryTargets = ["native", "rhel-openssl-1.0.x"] } datasource db { provider = "postgresql" // NOTE: When using mysql or sqlserver, uncomment the @db.Text annotations in model Account below // Further reading: // https://next-auth.js.org/adapters/prisma#create-the-prisma-schema // https://www.prisma.io/docs/reference/api-reference/prisma-schema-reference#string url = env("DATABASE_URL") } model Post { id Int @id @default(autoincrement()) name String createdAt DateTime @default(now()) updatedAt DateTime @updatedAt createdBy User @relation(fields: [createdById], references: [id]) createdById String @@index([name]) } // ... rest of the schema

Unfortunately Prisma hasn’t supported polymorphism yet. As such, you can't use inheritance to model the entity in the same way as in your programming language, as depicted in the above class diagram. The good news is that we could intimate it using table inheritance to imitate it.

In this project I am manually declaring the data types. For better type-safety, use Prisma, which automatically generates types based on your database schema.

When you're creating a full-stack application, you'll also need to write logic to interact with your database. For relational databases like Postgres, you can do this with SQL, or an ORM like Prisma.

Prisma is a modern TypeScript-first ORM that allows you to manage database schemas easily, make queries and mutations with great flexibility, and ensure excellent type safety.

Prisma

There have been multiple feature requests to add native support for AsyncLocalStorage to Prisma, but they haven't been met with much enthusiasm from the maintainers. Some people solved it by extending and overriding the client (which is arguably prone to breaking with updates).

The DSL experience comes naturally to us as we have witnessed how well-designed language can greatly simplify programming tasks. We know it is challenging but not as difficult as many may feel. Therefore, we chose the schema-first design to create ZenStack toolkit on top of Prisma ORM that leverages code generation to significantly reduce the code developers need to write and make them move a lot faster.

Our products microservice is also straight forward just like how the auth has been. As previously plotted, we will be using different technologies on each service and we are using PostgreSQL as a database and prisma orm(Object Relational Mapper) for querying our DB. ORMs are used to translate between the data representations used by databases and those used in object-oriented programming, and in this service, we will be using one of the most common ones in the nodejs ecosystem, Prisma. It is the only fully type-safe ORM in the TypeScript ecosystem. The generated Prisma Client ensures typed query results even for partial queries and relations.

Now go to https://vercel.com, sign up for an account, and click "New Project". Connect your GitHub account and give Vercel permission to access your repositories.

Next.js has become a standard choice for developing React applications, offering various deployment options across different platforms. While Vercel is a popular choice for building and deployment, specific project requirements may require deployment to GitLab. In this guide, I'll illustrate the process of deploying a Next.js application to GitLab Pages.

I hosted my portfolio in Vercel. The main reason why I chose it is the hosting has great support for NextJS and IMPORTANT THING, it is total FREE 🤑 (with my usage). And I have use GitHub Action for deploy it automatically when I make or merge change into main branch.

To do this just head over to Vercel and log in if you're not already logged in. If this is your first project, you'll be seeing something like this.

function getContentSecurityPolicyHeaderValue( nonce: string, reportUri: string, ): string { // Default CSP for Next.js const contentSecurityPolicyDirective = { 'base-uri': [`'self'`], 'default-src': [`'none'`], 'frame-ancestors': [`'none'`], 'font-src': [`'self'`], 'form-action': [`'self'`], 'frame-src': [`'self'`], 'connect-src': [`'self'`], 'img-src': [`'self'`], 'manifest-src': [`'self'`], 'object-src': [`'none'`], 'report-uri': [reportUri], // for old browsers like Firefox 'report-to': ['csp'], // for modern browsers like Chrome 'script-src': [ `'nonce-${nonce}'`, `'strict-dynamic'`, // force hashes and nonces over domain host lists ], 'style-src': [`'self'`], } if (process.env.NODE_ENV === 'development') { // Webpack use eval() in development mode for automatic JS reloading contentSecurityPolicyDirective['script-src'].push(`'unsafe-eval'`) } if (process.env.NEXT_PUBLIC_VERCEL_ENV === 'preview') { contentSecurityPolicyDirective['connect-src'].push('https://vercel.live') contentSecurityPolicyDirective['connect-src'].push('wss://*.pusher.com') contentSecurityPolicyDirective['img-src'].push('https://vercel.com') contentSecurityPolicyDirective['font-src'].push('https://vercel.live') contentSecurityPolicyDirective['frame-src'].push('https://vercel.live') contentSecurityPolicyDirective['style-src'].push('https://vercel.live') } return Object.entries(contentSecurityPolicyDirective) .map(([key, value]) => `${key} ${value.join(' ')}`) .join('; ') }

This is a demo project to demonstrate how a Web2 frontend hosted on VERCEL can access a Motoko backend canister on the Internet Computer using Server Side Rendering (SSR).

Easily deploy your Next.js app with Vercel by clicking the button below:

Vercel is an open-source platform for hosting and deploying web applications and websites.

Vercel: Deploy websites and applications with automatic deployments.

Then, head over to Vercel and import the repository. Once you have imported the repository, head over to the environment variables and add the following environment variables: